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Glaciology / Geology / Pleistocene / Effects of global warming / Ice ages / Lake Agassiz / Sea level / Outburst flood / Heinrich event / Historical geology / Physical geography / Climate history


Figure 21.1 The global climate system as it pertains to glacier responses to and with climatic change. Figure 21.2 Relationship between regional climate, glacier mass balance and glacial response for terrestrial and tide
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Document Date: 2008-12-05 05:07:36


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City

Ottawa / Chicago / /

Company

Peyto Glacier AB / BP / Kohler / Boulder CO. / Ryder / Mohawk / /

Continent

North America / Antarctica / /

Country

Greenland / Iceland / Canada / Svalbard and Jan Mayen / /

Event

Natural Disaster / /

Facility

Ice retreat / Dyke et al. / Beacon Valley / /

IndustryTerm

annual surface energy flux / travel time / surface energy balance / /

NaturalFeature

Denmark Strait / St Lawrence River valleys / Gulf of Mexico / Hudson River / White Glacier / Atlantic Ocean / North Atlantic Ocean / Hudson River valleys / Scoresby Sund fjord / Bárdardalur fjord / Hudson Shelf Valley / Lake Erie / Great Lakes / Wabash Valley / Lake Michigan / Taylor Valley / Hudson Strait / Lake Agassiz / Iceland glaciers / Hudson Bay / Shetland Channel / Beacon Valley / Icelandic glaciers / Mackenzie Valley / Mississippi River / Lake Ontario / Arctic Ocean / Mississippi Valley / Terra Nova Bay / Hudson River Valley / Hudson Valley / St Lawrence Valley / Labrador Sea / /

Organization

American Geophysical Union / Geological Society of America / International Glaciological Society / /

Person

Judd Deeps / /

Position

Teller / /

ProvinceOrState

Mississippi / Michigan / /

PublishedMedium

the Hudson Valley / /

Region

Antarctic / north Iceland / East Greenland / North Atlantic / Gulf of Mexico / East Antarctic / /

Technology

radiation / sublimation / condensation / /

URL

www.blackwellpublishing.com/knight / /

SocialTag